Indicators Analysis
| Title | Unit | Description |
|---|---|---|
| HIPC |
Heavily Indebted Poor Countries |
|
| Exchange rate |
None |
The price of a currency expressed in another. |
| Discount rate |
% |
interest rate used to convert a future income stream to its present value |
| Inflation |
% |
Rise in the general level of prices related to an increase in the volume of money and resulting in the loss of value of currency (Wikipedia 2012) |
| Title | Unit | Description |
|---|---|---|
| Mean Annual GHI |
kWh/m2/d |
Annual average GHI value throughout the country |
| GHI More than 7 kWh/m2/d range in % of the territory |
% |
% of the national territory (surface) with an estimated annual average Global Horizontal Irradiation (GHI) higher than 7 kWh/m2/d |
| GHI 5.5 - 6 kWh/m2/d range in % of the territory |
% |
% of the national territory (surface) with an estimated annual average Global Horizontal Irradiation (GHI) between 5 and 6 kWh/m2/d |
| GHI 6 - 6.5 kWh/m2/d range in % of the territory |
% |
% of the national territory (surface) with an estimated annual average Global Horizontal Irradiation (GHI) between 6 and 6.5 kWh/m2/d |
| GHI 0 - 5 kWh/m2/d range in % of the territory |
% |
% of the national territory (surface) with an estimated annual average Global Horizontal Irradiation (GHI) lower than 5 kWh/m2/d |
| GHI 6.5 - 7 kWh/m2/d range in % of the territory |
% |
% of the national territory (surface) with an estimated annual average Global Horizontal Irradiation (GHI) between 6.5 and 7 kWh/m2/d |
| GHI 5 - 5.5 kWh/m2/d range in % of the territory |
% |
% of the national territory (surface) with an estimated annual average Global Horizontal Irradiation (GHI) between 5 and 5.5 kWh/m2/d |
| Title | Unit | Description |
|---|---|---|
| Solar PV Installed Capacity |
Mega Watt |
Total installed Capacity of Solar PV power plants connected to the National electricity grid |
| Solar PV Energy production |
megaWh |
Quantity of electricity generated from PV power plants connected to the National electricity grid |
| Title | Unit | Description |
|---|---|---|
| Solar PV Off Grid Installed Capacity |
Mega Watt |
Installed Capacity of Solar PV power plants not connected to the National electricity grid |
| Solar PV (Off Grid) Electricity Purchase Price |
Approved Purchase price of electricity generated from Solar PV power plants not connected to the National electricity grid |
|
| Solar PV (Off Grid) Energy production |
megaWh |
Quantity of electricity generated from Solar PV power plants not connected to the National electricity grid |
| Title | Unit | Description |
|---|---|---|
| 4 - 2 m/s wind speed range in % of the territory |
% |
% of the National territory (surface) which has an estimated annual average wind speed between 4 and 2 m/s |
| 6 - 4 m/s wind speed range in % of the territory |
% |
% of the National territory (surface) which has an estimated annual average wind speed between 6 and 4 m/s |
| Wind technical potential |
Mega Watt |
Theoretical electricity generation potential coming from wind power obtained from the wind resource and the technical limitations of wind power plants |
| 2 - 0 m/s wind speed range in % of the territory |
% |
% of the National territory (surface) which has an estimated annual average wind speed between 2 and 0 m/s |
| 8 - 6 m/s wind speed range in % of the territory |
% |
% of the National territory (surface) which has an estimated annual average wind speed between 8 and 6 m/s |
| 10 - 8 m/s wind speed range in % of the territory |
% |
% of the National territory (surface) which has an estimated annual average wind speed between 10 and 8 m/s |
| Mean Annual Wind Speed |
m/s |
Annual average wind speed value throughout the country |
| More than 10 m/s wind speed range in % of the territory |
% |
% of the National territory (surface) which has an estimated annual average wind speed higher than 10 m/s |
| Title | Unit | Description |
|---|---|---|
| Wind Electricity Purchase Price |
XOF |
Approved Purchase price of electricity generated from wind power plants |
| Number of wind pumping systems |
units |
Number of wind pumping systems |
| Installed Wind Power Capacity |
Mega Watt |
Total installed Capacity of wind power plants |
| Wind Energy production |
megaWh |
Quantity of electricity generated from wind power plants |
| Title | Unit | Description |
|---|---|---|
| Small Hydro Power Technical Potential |
GHS |
Theoretical electricity generation potential from SHP, obtained from SHP resource and the technical limitations of SHP plants |
| Number of Identified Potential SHP Plants |
units |
Number of identified potential Small Hydroelectric Power plants to be installed in a country |
| Identified SHP Capacity |
Mega Watt |
Identified Small Hydroelectric Power capacity to install |
| Title | Unit | Description |
|---|---|---|
| SHP Electricity Purchase Price |
XOF |
Approved Purchase price of electricity generated from Small Hydroelectric Power. |
| SHP Installed Capacity |
Mega Watt |
Total Installed Capacity of Small Hydroelectric Power plants |
| SHP Energy Production |
megaWh |
Quantity of electricity generated from Small Hydroelectric Power |
| Title | Unit | Description |
|---|---|---|
| Slaughtery waste (Lower Heating Value) |
kcal/kg |
Average Lower Heating Value of slaughtery waste |
| Agro-industrial solid waste |
tones |
Solid Waste from biomass materials produced mainly from food and fibre processing industries |
| Urban liquid waste (sewage) |
tones |
Quantity of Sewage used for energy production |
| Slaughtery waste |
tones |
Slaughtery waste resources used for electricity generation |
| Animal manure |
tones |
Quantity of animal manure used for energy production |
| Forestry resources (wood) |
Forestry Wood resources used for electricity generation |
|
| Urban solid waste (Lower Heating Value) |
kcal/kg |
Average Lower Heating Value of urban solid waste product |
| Forestry resources (wood) (Lower Heating Value) |
kcal/kg |
Average Lower Heating Value of forestry resources (wood) |
| Animal manure (Lower Heating Value) |
kcal/kg |
Average Lower Heating Value of animal manure |
| Agro-industrial solid waste (Lower Heating Value) |
kcal/kg |
Average Lower Heating Value of agro-industrial solid waste |
| Urban solid waste |
tones |
Solid Waste coming from all kinds of biomass materials produced in a urban areas |
| Urban liquid waste (sewage) (Lower Heating Value) |
kcal/kg |
Average Lower Heating Value of sewage |
| Forestry resources (wood) Technical Potential |
Mega Watt |
Theoretical electricity generation potential from forestry resources |
| Agricultural technical potential |
Mega Watt |
Theoretical electricity generation potential from agro-industrial solid waste |
| Urban Solid Waste Technical Potential |
Mega Watt |
Theoretical electricity generation potential from urban solid waste |
| Urban Liquid Waste Technical Potential |
Mega Watt |
Theoretical electricity generation potential from urban liquid waste |
| Animal manure Technical Potential |
Mega Watt |
Theoretical electricity generation potential from animal manure |
| Slaughtery waste Technical Potential |
Mega Watt |
Theoretical electricity generation potential from animal slaughtery waste product |
| Title | Unit | Description |
|---|---|---|
| Bioenergy Installed Capacity |
Mega Watt |
Installed Capacity of power plants using bioenergy as main fuels |
| Bio-energy Production |
Quantity of electricity generated from bio-energy resources |
|
| Bioenergy Electricity Purchase Price |
XOF |
Approved Purchase price of electricity generated from bio-energy resources |
